A Web application to control the NAD Tuners models C 425 or C 426 via the tuner's serial port.
Successfully tested on a "grey/black" C 425 and a "silver/titanium" C 426.
Connect your tuner to your device with a serial to usb cable, if the connection to the tuner is not on /dev/ttyUSB0, or if you have more tuners the environment variable TUNER_PORT can be set to the correct one before starting the webtuner
See the included requirements.txt
Make sure the user you are running the WebTuner under has permissions to open the serial port, on Ubuntu you can add the user to the 'dialout' group.
python WebTuner.pyOr
./launch.shThe images in ghcr.io are for linux/amd64, linux/arm64 and linux/arm/v7
sudo docker run --rm --name=WebTuner -p 8181:8181 --device /dev/ttyUSB0:/dev/ttyUSB0 ghcr.io/bkram/pynadtuner:latestsudo docker run -d --name=WebTuner -p 8181:8181 --device /dev/ttyUSB0:/dev/ttyUSB0 --restart unless-stopped ghcr.io/bkram/pynadtuner:latestPoint your webbrowser to http://docker-host:8181 and enjoy.
The tuner does not expose this information
This has been experienced with the C 425, manually powering it off and on seems te resolve the issue
The tuner does not seem to pass all the information all the time from the RDS decoder over the serial bus even though the tuner's display seems to show the correct text.
Standby toggling or changing the frequency will make the tuner send the RDS data once more.
This python package implements the serial handling required to communicate with NAD devices, this could be extended to include more NAD devices such as recievers and amplifiers which share the same protocol. However, more recent devices have switched to another serial protocol, which is not compatible with this package.